SEASON 3: The Garden of Stones

  Episode 8: The Long Exhale

  In the seventh year of our subjective time—and the twelfth for an external observer—Argus brought us out of deep sleep. We were still over a light-year from the star, but the space around us was no longer empty.

  At that moment, our aft-view sensors detected rapid movement. Our "auxiliary cluster" had finally caught up.

  The hundred ten-meter disks that the Solar Flower had fired after us during the first months of the voyage had at last overtaken the main group. They were moving slightly faster, following a flawless schedule. One by one, the mirrored disks entered a complex ballet of approach, docking with the Wayfarer and fusing to the hull on a molecular level.

  "[Commencing early deceleration procedures,]" Argus announced. "[Deploying magnetic loop to maximum radius.]"

  The unified nanofabricators of the cluster repurposed nearly ninety percent of our total mass. From the structure emerged an invisible web — a superconducting thread a fraction of a millimeter thick but hundreds of kilometers long. The ship began to rotate, and centrifugal force unfurled this thread into a gargantuan loop fifty kilometers in diameter.

  We had become a titan’s net for catching atoms.

  X-ray beams fired by the Solar Flower from Mercury years ago had overtaken us, striking the void ahead and ionizing the rarefied hydrogen and cometary dust directly in our path.

  We entered the first ionized patch.

  There was no impact. Instead, there was a soft but relentless pressure. Two gravities of force saturated the space around us. The magnetic field captured the rare ions, spinning them in a fierce vortex and casting them aside. Thus began our marathon.

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  It was a rhythm like breathing:

  Flash. A laser pulse sent from Earth a decade ago ionizes the gas ahead of us.

  Inhale. We plunge into the plasma. The magnetic field strains to its limit. Radiators begin to glow a dull crimson, shedding the heat from the harsh radiation. We decelerate.

  Exhale. We pass through the patch. The current in the loop drops. The ship cools in the frozen void.

  And again. Flash. Inhale. Exhale.

  For a full year, we lived in this rhythm. For a year, we watched as the blue disk ahead slowly, agonizingly, fractured into individual stars. The relativistic distortions began to wane. The universe, which had been compressed by our speed into a single point, finally unfurled its shoulders.

  By the time we reached the outer edge of Eridani’s dust disk—one hundred astronomical units from the star—our velocity had dropped to a tenth of light-speed. We were still unimaginably fast, but we were no longer a projectile capable of shattering a planet.

  "[Retracting large loop. Switching to dense-medium mode,]" Argus commanded.

  The giant web pulled inward, weaving itself into a compact, rigid ring only a kilometer in diameter. We were now ready to face actual matter.

  The final deceleration was brutal. We entered the dust belt—pierced by lasers—like a needle into a pincushion. Here, the density was thousands of times higher. The G-load spiked to 20g; the hull vibrated with the strain, but this was the home stretch. We threaded through the disk and burst into the inner system. Our speed dropped to orbital velocity.

  Silence.

  Thalassa, the moon of the giant Aegir, hung directly before us.

  She was beautiful and entirely artificial. In the daylight, at an angle to the star, her surface erupted in a sharp, blinding glint, like a polished marble sphere. No water, no greenery. Only an infinite, fractally complex pattern made of a translucent material. The atmosphere was clear, hauntingly transparent, and stained a deep, bruised purple.

  We entered a high orbit and looked down.

  It was a shell. A multi-kilometer carapace hiding an ocean. We saw gargantuan fissures from which geysers erupted into space. And around these wounds, life teemed. Billions of tiny sparks swarmed in the air—the Gliders.

  And on the dark side, a "nervous system" pulsated. A gargantuan web of data, glowing with neon-blue light.

  They were here. They were alive. And they remained silent in the radio spectrum.

  We had arrived. We had stopped.